Fabricnano
Entrepreneur First '19Claymont, US · Founded 2021 · Delaware corporation · 10 employees on LinkedIn · 17 known investors
FabricNano develops cell-free biocatalysis technology that immobilizes engineered enzymes onto scalable, environmentally friendly support materials for use in bio-processes. It offers enzyme immobilization and interaction engineering services to help companies turn biocatalysis projects into commercially viable, scalable biocatalyst products.
Also known as FabricNano
Founders & leadership
Fabricnano was founded in 2021 by Grant Aarons.

Board


Investors · 17
Also in the syndicate · 11
Reported raises · per SEC filings
Form D private placements$21.1M disclosed across 2 of 4 rounds · 2019–2022
▶$10.1MraisedMar 2022 · 6 investors · OtherRule 506(b)
- Robert KniazDirector
- Siraj KhaliqDirector
- Ferdinando RandisiDirector
- Grant AaronsExecutive Officer, Director, Promoter
- Offering amount
- $10.1M
- Amount sold
- $10.1M
- First sale
- Feb 2022
- Incorporated
- Corporation, Delaware, 2021
- Federal exemptions
- 06b
▶$11MraisedJun 2021 · 4 investors · OtherRule 506(b)
- Siraj KhaliqDirector
- Grant AaronsExecutive Officer, Director, Promoter
- Ferdinando RandisiDirector
- Robert KniazDirector
- Offering amount
- $12.5M
- Amount sold
- $11M
- First sale
- May 2021
- Incorporated
- Corporation, Delaware, 2021
- Federal exemptions
- 06b
Source: SEC EDGAR Form D. Amounts as filed; amended filings shown once at their latest values.
Company profile
researched Aug 2026FabricNano is a biotechnology company headquartered in London (4th Floor, 184-192 Drummond Street, NW1 3HP) that develops cell-free biomanufacturing technology based on immobilized enzymes. Its stated premise is that living-cell platforms such as engineered yeast, fungi and E. coli are slow, inefficient and unpredictable to scale, while the enzymes inside those cells are efficient and scalable if they can be reliably immobilized on suitable support materials. The company positions enzyme immobilization as the step that makes industrial use of biocatalysts economically and operationally reliable, and describes its approach as a statistical, data-driven alternative to what it characterizes as a historically ad hoc "dark art" practice that stabilized enzymes at the cost of activity [0][2].
The commercial offering comprises three linked elements. Immobilization Engineering™ uses high-throughput screening to identify which carrier materials best support a given biocatalytic reaction, followed by an engineering process to optimize immobilization. This is productized as Predictive Immobilization Plates (PIPs), 96-well plates the company says generate millions of datapoints and are sold to customers to shorten laboratory preparation time. Interaction Engineering™ (IE) applies directed mutagenesis of the enzyme surface, informed by FabricNano's proprietary immobilization datasets, to improve immobilization performance, with a stated turnaround of under two months. The company states that all immobilization carriers used in its PIPs and IE work are commercially available on the open market at multi-tonne scale and are environmentally sound [0][2].
A third-party startup profile describes the company more broadly as producing bio-based alternatives to fossil-fuel-dependent industrial chemistry, including immobilizing enzymes on DNA wafers and natural carriers, for applications in chemicals, plastics, detergents, biofuels and pharmaceuticals, and references FabricFlow reactors and work on chemicals such as 1,3-propanediol from waste glycerin; that source contains internal inconsistencies (for example, conflicting founding-year, headcount and total-funding figures) and should be treated with caution [4].
Founding story
The founders state they started FabricNano to provide a cleaner, more sustainable way of manufacturing the chemicals and materials society depends on, by developing a generalisable drop-in biocatalyst able to immobilize enzymes and enabling cell-free biomanufacturing [3]. A third-party profile states the company was founded in London by Grant Aarons and Ferdinando Randisi, who met through the Entrepreneur First accelerator, and gives a founding year of 2018 — which conflicts with other records [4]. FabricNano is listed in the Entrepreneur First portfolio [5].
Business model
FabricNano sells services and products to organizations that want to convert a biocatalysis project into a scalable, commercially viable biocatalyst. Customers can purchase Predictive Immobilization Plates for in-house screening, or engage FabricNano for Immobilization Engineering™ and Interaction Engineering™ enzyme-optimization work on their own enzymes. The company emphasizes that the carrier materials underlying its protocols can be bought on the open market at multi-tonne scale, implying customers scale production themselves [0][2].
Product sales of Predictive Immobilization Plates plus fee-based enzyme engineering service work (Immobilization Engineering™ and Interaction Engineering™) performed on customer enzymes [2].
Traction
The company's site advertises case studies for both Immobilization Engineering™ and Interaction Engineering™ and a biocatalyst portfolio, and is actively recruiting [2]. A third-party profile states FabricNano serves clients ranging from startups to Sumitomo Chemical, expanded its team from 12 to 30 people after its 2021 financing, and scaled FabricFlow reactors [4].
Latest developments
Current company materials describe Predictive Immobilization Plates available for purchase and Interaction Engineering™ engagements delivered in under two months, alongside open hiring [2][3]. No dated recent announcements appear in the sources reviewed.
▸Full profile — market position, technology, go-to-market, geography, history, risks & controversies
Market position
FabricNano frames itself against cell-based synthetic biology approaches, arguing cell-free, immobilized-enzyme processes are more efficient and scalable than engineered organisms. A third-party profile places it in the climate tech and synthetic biology segment addressing the fossil-fuel dependence of the chemical industry, and cites a target industrial market in excess of $75 billion; the same source's other figures are internally inconsistent [0][2][4].
Stated differentiators are a statistical, dataset-driven approach to immobilization rather than case-by-case protocol development; proprietary immobilization datasets used to guide surface mutagenesis (Interaction Engineering™) with a sub-two-month turnaround; productized screening via PIPs; and the use of carriers that are already purchasable on the open market at multi-tonne scale, which the company presents as removing a scale-up barrier. A third-party profile also cites drop-in compatibility with existing industrial reactors such as packed bed and stirred tank reactors [0][2][4].
Technology
The core technology is enzyme immobilization on solid supports for cell-free biocatalysis. FabricNano screens candidate support materials at high throughput to identify lead carriers, then engineers the immobilization protocol. Predictive Immobilization Plates (PIPs) package this screening into a 96-well plate format said to yield millions of datapoints. Interaction Engineering™ layers protein engineering on top: directed mutagenesis of enzyme surface residues, guided by proprietary immobilization datasets, to improve how enzymes bind and perform on carriers. The company describes its approach as a first-of-its-kind statistical method to immobilization, in contrast to earlier practice that traded enzyme activity for stability [0][2]. A secondary profile additionally attributes DNA-wafer-based enzyme immobilization and natural carriers such as rocks and coffee grinds to the company [4].
Go-to-market
Direct enquiry-based sales from the company website, with two entry points: purchase of a Predictive Immobilization Plate as a low-commitment product, and enquiry for Interaction Engineering™ service engagements. The site publishes case studies and a biocatalyst portfolio to support these offers, and lists enquiries@fabricnano.com as the commercial contact [0][2].
Companies with biocatalysis or enzyme-based production programs that need immobilized, scalable biocatalysts — described by a third-party profile as spanning chemicals, plastics, personal care, detergents, biofuels and pharmaceuticals, and including large chemical manufacturers [2][4].
Geography
Headquarters and laboratory in central London, UK, at 4th Floor, 184-192 Drummond Street, NW1 3HP, described as an expansive HQ with analytical equipment, microbiology kits and reactor rigs on the building's top floor [0][2][3]. A third-party profile also lists the company as London, England, United Kingdom based [4].
History
Public sourcing on the company's history is thin and partly contradictory. A third-party aggregator reports two funding rounds — a seed round announced July 2019 and a Series A announced June 2021 — while elsewhere on the same page citing a $12.5 million Series A and total raised figures of $16 million and "just under $25 million," and both 2018 founding and 201-500 versus 11-30 headcount ranges [4]. The same source states the company grew from 12 to 30 employees following its 2021 raise and launched FabricFlow reactors, and references a relationship with Sumitomo Chemical [4]. The company's own site currently presents a productized offering (PIPs) and an enzyme engineering service (Interaction Engineering™) [2].
Risks & controversies
The main issue evident in the material is data reliability rather than any reported controversy: the principal third-party profile [4] contains mutually inconsistent claims about founding year (2018), headcount (201-500 versus an estimated 11-30), and total funding ($16.0M versus "just under $25 million"), and attributes an unusually long and heterogeneous investor list to a single Series A, so its figures are low-confidence. Two retrieved documents [6][7] concern unrelated entities (a general article on post-acquisition shutdowns and Amazon's Fabric.com) and were disregarded as name twins.
Compiled by commissioned research from 8 cited public sources — announcements, filings, and press listed under research sources below.
Key figures
latest reportedCompany-reported or press-reported figures, each dated to when it was claimed — not independently audited.
Founder mafia
3 people who came through Fabricnano went on to found or lead other companies.
Competitors · 7
by search overlapCompanies competing with Fabricnano for the same Google search keywords, organic and paid, via search-intersection analysis.
Timeline · 4
launches, deals, and filingsThird-party profile lists Sumitomo Chemical among FabricNano's clients.
Series A round announced, listed with Siraj Khaliq as lead and a broad group of institutional and angel investors including Atomico and Hoxton Ventures. The same source elsewhere describes the round as $12.5 million.
$13M source ↗
Third-party profile states the company launched FabricFlow reactors and grew from 12 to 30 employees following its 2021 financing.
Seed round announced with investors including Entrepreneur First, Hoxton Ventures, Seedcamp, Backed VC and several angels.
$3M source ↗
Dated company events from announcements, filings, and press; legal rows summarize public dockets and regulator releases.
Legal entities · 1
corporate structure▸Research sources · 8
primary sources listed
- Fabricnanofabricnano.com · web
8 public sources were cited for this profile; the first-party ones are listed here.
Frequently asked questions
- What does Fabricnano do?
- FabricNano is a London-based biotech applying enzyme immobilization engineering to enable cell-free industrial biocatalysis.
- Who founded Fabricnano?
- Fabricnano was founded by Grant Aarons in 2021.
- Who are Fabricnano's investors?
- Fabricnano's investors include Backed, Entrepreneur First, Hoxton Ventures, Pace Ventures, Atomico, BoxOne Ventures.
- How much funding has Fabricnano raised?
- Fabricnano has disclosed $21.1M raised across 2 of its 4 known rounds.
- Where is Fabricnano headquartered?
- Fabricnano is headquartered in Claymont, US.





